胶原蛋白是存在于结缔组织、骨质和软骨中的纤维蛋白质，它的基本作用是将人体各组织结合在一起。
Collagen, a fibrous protein found in connective tissue, bone and cartilage, basically holds the body together.
这是发生在皮肤的真皮层，由于胶原蛋白和弹力纤维越来越硬，厚而然后结合在一起。
This occurs in the skin's dermis, as a result of collagen and elastin fibers becoming hard, thick, and then binding together.
研究表明，移植物中的胶原蛋白部分与材料基质中的成纤维细胞和成骨细胞的结合密切相关。
The portion of collagen protein incorporated in the graft is thought to be responsible for binding fibroblasts and osteoblasts in the material matrix.
纤维网桥通过以胶原为基础的连接系统与板层结构完全结合在一起。
The fibrous bridging network is highly integrated with the lamellae architecture via a collagen-based system of interconnectivity.
结论随年龄增长来自视网膜内的胶原纤维逐渐穿透ill与玻璃体皮质纤维缠绕结合，使基底部玻璃体视网膜界面粘连延伸。
ConclusionThe intra-retinal collagen fibrils penetrating the ILL and mixing with the cortical vitreous fibrils appears to underlie the slow adhesion of the vitreoretinal interface with aging.
结论随年龄增长来自视网膜内的胶原纤维逐渐穿透ill与玻璃体皮质纤维缠绕结合，使基底部玻璃体视网膜界面粘连延伸。
ConclusionThe intra-retinal collagen fibrils penetrating the ILL and mixing with the cortical vitreous fibrils appears to underlie the slow adhesion of the vitreoretinal interface with aging.
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